import { GeoreferencedMap } from '@allmaps/annotation';
import { WarpedMap } from './WarpedMap.js';
import { AnimationOptions, AnimationInternalOptions, SpecificTriangulatedWarpedMapOptions, TriangulatedWarpedMapOptions, WarpedMapListOptions, WarpedMapOptions, TriangulatedWarpedMapWithoutGeoreferencedMapOptions } from '../shared/types.js';
import { GcpAndDistortions, DistortionMeasure, TransformationType } from '@allmaps/transform';
import { Gcp, Point, Ring, TypedPolygon } from '@allmaps/types';
import { TriangulationToUnique } from '@allmaps/triangulate';
import { Projection } from '@allmaps/project';

export declare const DEFAULT_SPECIFIC_TRIANGULATED_WARPED_MAP_OPTIONS: SpecificTriangulatedWarpedMapOptions;
export declare function createTriangulatedWarpedMapFactory(): (mapId: string, georeferencedMap: GeoreferencedMap, listOptions?: Partial<WarpedMapListOptions<TriangulatedWarpedMap>>, mapOptions?: Partial<WarpedMapOptions>) => TriangulatedWarpedMap;
type GcpTriangulation = {
    resourceResolution: number | undefined;
    gcpUniquePoints: GcpAndDistortions[];
    uniquePointIndices: number[];
    uniquePointIndexInterpolatedPolygon: TypedPolygon<number>;
    uniquePointIndexInterpolatedSteinerPolygons: TypedPolygon<number>[];
    insideSteinerPolygonsTriangles: boolean[];
};
/**
 * Class for triangulated WarpedMaps.
 *
 * @param resourcePreviousResolution - Resolution (or 'distance') used during the previous triangulation of the resource mask
 * @param resourceResolution - Resolution (or 'distance') used during the triangulation of the resource mask, computed as the finest resource segment resulting from a resource-to-geo transformation of the horizontal and vertical midline of the resource bbox using the current transformation type
 * @param triangulateErrorCount - Number of time the triangulation has resulted in an error
 * @param projectedGcpPreviousTriangulation - Previous triangulation of the resource mask
 * @param projectedGcpTriangulation - Triangulation of the resource mask of a specific resource resolution, with unique points in resource and projected geospatial coordinates with distortions, and indices pointing to the triangles points and indices pointing to the triangulation-refined resource mask
 * @param resourceTrianglePoints - Triangle points of the triangles the triangulated resourceMask
 * @param projectedGeoPreviousTrianglePoints - The projectedGeoTrianglePoints of the previous transformation type, used during transformation transitions
 * @param projectedGeoTrianglePoints - The resourceTrianglePoints in projected geospatial coordinates
 * @param previousTrianglePointsDistortion - The trianglePointsDistortion of the previous transformation type, used during transformation transitions
 * @param trianglePointsDistortion - Distortion amount of the distortionMeasure at the projectedGeoTrianglePoints
 * @param projectedGeoPreviousTriangulationFullMask - The resource full mask refined by the previous triangulation, in projected geospatial coordinates
 * @param projectedGeoPreviousTriangulationMask - The resource mask refined by the previous triangulation, in projected geospatial coordinates
 * @param projectedGeoTriangulationMask - The resource mask refined by the triangulation, in projected geospatial coordinates
 * @param projectedGeoPreviousTriangulationAppliedMask - The resource applied mask refined by the previous triangulation, in projected geospatial coordinates
 * @param projectedGeoTriangulationAppliedMask - The resource applied mask refined by the triangulation, in projected geospatial coordinates
 */
export declare class TriangulatedWarpedMap extends WarpedMap {
    mapOptions: Partial<TriangulatedWarpedMapOptions>;
    listOptions: Partial<TriangulatedWarpedMapOptions>;
    georeferencedMapOptions: Partial<TriangulatedWarpedMapOptions>;
    defaultOptions: TriangulatedWarpedMapOptions;
    options: TriangulatedWarpedMapOptions;
    previousResourceResolution: number | undefined;
    resourceResolution: number | undefined;
    triangulateErrorCount: number;
    projectedGcpPreviousTriangulation?: GcpTriangulation;
    projectedGcpTriangulation?: GcpTriangulation;
    protected resourceTriangulationCache: Map<number, Map<string, TriangulationToUnique>>;
    protected projectedGcpTriangulationCache: Map<number, Map<string, Map<TransformationType, Map<string, Map<string, GcpTriangulation>>>>>;
    resourceTrianglePoints: Point[];
    projectedGeoPreviousTrianglePoints: Point[];
    projectedGeoTrianglePoints: Point[];
    previousTrianglePointsDistortion: number[];
    trianglePointsDistortion: number[];
    previousTrianglePointsInside: boolean[];
    trianglePointsInside: boolean[];
    projectedGeoPreviousTriangulationFullMask: Ring;
    projectedGeoTriangulationFullMask: Ring;
    projectedGeoPreviousTriangulationMask: Ring;
    projectedGeoTriangulationMask: Ring;
    projectedGeoPreviousTriangulationAppliedMask: Ring;
    projectedGeoTriangulationAppliedMask: Ring;
    /**
     * Creates an instance of a TriangulatedWarpedMap.
     *
     * @param mapId - ID of the map
     * @param georeferencedMap - Georeferenced map used to construct the WarpedMap
     * @param options - Options
     */
    constructor(mapId: string, georeferencedMap: GeoreferencedMap, listOptions?: Partial<WarpedMapListOptions<TriangulatedWarpedMap>>, mapOptions?: Partial<WarpedMapOptions>);
    /**
     * Get default options
     */
    static getDefaultOptions(): TriangulatedWarpedMapOptions;
    /**
     * Get default options without the options overwritten by the georeferenced map
     */
    static getDefaultWithoutGeoreferencedMapOptions(): TriangulatedWarpedMapWithoutGeoreferencedMapOptions;
    /**
     * Set the defaultOptions
     */
    setDefaultOptions(): void;
    /**
     * Set the list options
     *
     * @param listOptions - list options
     * @param animationOptions - Animation options
     */
    setListOptions(listOptions?: Partial<TriangulatedWarpedMapOptions>, animationOptions?: Partial<AnimationOptions>): object;
    /**
     * Set the map-specific options
     *
     * @param mapOptions - Map-specific options
     * @param animationOptions - Animation options
     */
    setMapOptions(mapOptions?: Partial<TriangulatedWarpedMapOptions>, animationOptions?: Partial<AnimationOptions & AnimationInternalOptions>): object;
    /**
     * Set the map-specific options, and the list options
     *
     * @param mapOptions - Map-specific options
     * @param listOptions - list options
     * @param animationOptions - Animation options
     */
    setMapAndListOptions(mapOptions?: Partial<TriangulatedWarpedMapOptions>, listOptions?: Partial<TriangulatedWarpedMapOptions>, animationOptions?: Partial<AnimationOptions & AnimationInternalOptions>): object;
    /**
     * Update the ground control points loaded from a georeferenced map to new ground control points.
     *
     * @param gcps - the new ground control points
     */
    protected setGcps(gcps: Gcp[]): void;
    /**
     * Update the resource mask loaded from a georeferenced map to a new mask.
     *
     * @param resourceMask - the new mask
     */
    protected setResourceMask(): void;
    /**
     * Set the distortionMeasure
     *
     * @param distortionMeasure - the disortion measure
     */
    protected setDistortionMeasure(distortionMeasure?: DistortionMeasure): void;
    /**
     * Set the internal projection
     *
     * @param projection - the internal projection
     */
    protected setInternalProjection(projection: Projection): void;
    /**
     * Set the projection
     *
     * @param projection - the projection
     */
    protected setProjection(projection: Projection): void;
    /**
     * Reset previous transform properties to new ones (when completing an animation).
     */
    resetPrevious(): void;
    /**
     * Mix previous transform properties with new ones (when changing an ongoing animation).
     *
     * @param t - animation progress
     */
    mixPreviousAndNew(t: number): void;
    /**
     * Update the (previous and new) triangulation of the resourceMask. Use cache if available.
     */
    private updateTriangulation;
    /**
     * Derive the (previous and new) resource and projectedGeo points from their corresponding triangulations.
     *
     * Also derive the (previous and new) triangulation-refined resource and projectedGeo mask
     */
    private updateTrianglePoints;
    /**
     * Derive the (previous and new) distortions from their corresponding triangulations.
     */
    private updateTrianglePointsDistortion;
    protected updateProjectedTransformerProperties(): void;
    protected clearProjectedTransformerCaches(): void;
    protected clearResourceTriangulationCaches(): void;
    protected clearProjectedTriangulationCaches(): void;
}
export {};